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    • 1. 发明授权
    • Model-based implied authorization
    • 基于模型的隐含授权
    • US08326874B2
    • 2012-12-04
    • US12485948
    • 2009-06-17
    • Travis A. WrightVarsha Jayasimha
    • Travis A. WrightVarsha Jayasimha
    • G06F17/30G06F9/54
    • H04L63/102G06F21/604G06F21/6218G06F2221/2117G06F2221/2141G06F2221/2145
    • An authorization system determines a user's permission to access an object implicitly based on relationships in a data-driven model. The system provides the ability to mark a relationship type in the model between one object class (accessor) and another object class (accessed) as an implicit authorization relationship type. A user can define the permissions granted to the accessor object on the accessed object. When an accessor object tries to access a related accessed object over an authorization relationship type, the authorization system determines the permissions granted by inspecting the implicit authorization relationship type definition. The authorization system can also traverse containment relationship types to grant objects permissions contained by other objects. The authorization system dynamically determines authorization based on a relationship model that more naturally fits the actions that an administrator of a data-driven system is familiar with, and does not involve complex direct authorization or group membership management.
    • 授权系统根据数据驱动模型中的关系确定用户隐式访问对象的权限。 系统提供将模型中的关系类型标记为一个对象类(访问器)和另一个对象类(访问)之间的关系类型作为隐式授权关系类型的功能。 用户可以定义被访问对象上授予访问者对象的权限。 当访问对象尝试通过授权关系类型访问相关的访问对象时,授权系统通过检查隐式授权关系类型定义来确定授予的权限。 授权系统还可以遍历包含关系类型以授予其他对象所包含的对象权限。 授权系统基于更自然地符合数据驱动系统的管理员熟悉的动作的关系模型动态地确定授权,并且不涉及复杂的直接授权或组成员管理。
    • 2. 发明申请
    • MODEL-BASED IMPLIED AUTHORIZATION
    • 基于模型的暗示授权
    • US20100325159A1
    • 2010-12-23
    • US12485948
    • 2009-06-17
    • Travis A. WrightVarsha Jayasimha
    • Travis A. WrightVarsha Jayasimha
    • G06F17/30G06F9/54
    • H04L63/102G06F21/604G06F21/6218G06F2221/2117G06F2221/2141G06F2221/2145
    • An authorization system determines a user's permission to access an object implicitly based on relationships in a data-driven model. The system provides the ability to mark a relationship type in the model between one object class (accessor) and another object class (accessed) as an implicit authorization relationship type. A user can define the permissions granted to the accessor object on the accessed object. When an accessor object tries to access a related accessed object over an authorization relationship type, the authorization system determines the permissions granted by inspecting the implicit authorization relationship type definition. The authorization system can also traverse containment relationship types to grant objects permissions contained by other objects. The authorization system dynamically determines authorization based on a relationship model that more naturally fits the actions that an administrator of a data-driven system is familiar with, and does not involve complex direct authorization or group membership management.
    • 授权系统根据数据驱动模型中的关系确定用户隐式访问对象的权限。 系统提供将模型中的关系类型标记为一个对象类(访问器)和另一个对象类(访问)之间的关系类型作为隐式授权关系类型的功能。 用户可以定义被访问对象上授予访问者对象的权限。 当访问对象尝试通过授权关系类型访问相关的访问对象时,授权系统通过检查隐式授权关系类型定义来确定授予的权限。 授权系统还可以遍历包含关系类型以授予其他对象所包含的对象权限。 授权系统基于更自然地符合数据驱动系统的管理员熟悉的动作的关系模型动态地确定授权,并且不涉及复杂的直接授权或组成员管理。
    • 4. 发明授权
    • Dynamic metabase store
    • 动态元数据库存储
    • US07730475B2
    • 2010-06-01
    • US11250774
    • 2005-10-14
    • Richard A. ErsekRobert M. CraigWilliam J. StaplesMohit SrivastavaVarsha JayasimhaStephen L. Rakonza
    • Richard A. ErsekRobert M. CraigWilliam J. StaplesMohit SrivastavaVarsha JayasimhaStephen L. Rakonza
    • G06F9/44
    • G06F9/44505G06F8/658
    • Methods, systems, and computer program products for editing configuration data such that alterations in one representation of the configuration data are reflected in one or more other representations of the configuration data. The altered configuration data may take effect without having to restart a corresponding program module. Multiple alterations to the configuration data may be consolidated. A differencing operation may be used to identify an altered portion of the configuration data. For one or more altered portions, an “updategram” may be generated and used to update a multiple program modules at various interconnected computer systems. A history of alterations to configuration data also may be maintained, making it possible to revert to an earlier version of the configuration data. Erroneous data may be ignored. Access to updated representations of the configuration data may be provided at a configuration management interface.
    • 用于编辑配置数据的方法,系统和计算机程序产品,使得配置数据的一个表示的改变反映在配置数据的一个或多个其他表示中。 更改的配置数据可以生效,而不必重新启动相应的程序模块。 可以合并对配置数据的多次更改。 可以使用差分操作来识别配置数据的改变部分。 对于一个或多个改变的部分,可以生成“更新图”并用于在各种互连的计算机系统上更新多个程序模块。 还可以维护对配置数据的更改的历史,使得可以还原到早期版本的配置数据。 错误的数据可能会被忽略。 可以在配置管理接口处提供对配置数据的更新表示的访问。
    • 6. 发明授权
    • Dynamic metabase store
    • 动态元数据库存储
    • US06990656B2
    • 2006-01-24
    • US10185267
    • 2002-06-27
    • Richard A. ErsekRobert M. CraigWilliam J. StaplesMohit SrivastavaVarsha JayasimhaStephen L. Rakonza
    • Richard A. ErsekRobert M. CraigWilliam J. StaplesMohit SrivastavaVarsha JayasimhaStephen L. Rakonza
    • G06F9/44
    • G06F9/44505G06F8/658
    • Methods, systems, and computer program products for editing configuration data such that alterations in one representation of the configuration data are reflected in one or more other representations of the configuration data. The altered configuration data may take effect without having to restart a corresponding program module. Multiple alterations to the configuration data may be consolidated. A differencing operation may be used to identify an altered portion of the configuration data. For one or more altered portions, an “updategram” may be generated and used to update a multiple program modules at various interconnected computer systems. A history of alterations to configuration data also may be maintained, making it possible to revert to an earlier version of the configuration data. Erroneous data may be ignored. Access to updated representations of the configuration data may be provided at a configuration management interface.
    • 用于编辑配置数据的方法,系统和计算机程序产品,使得配置数据的一个表示的改变反映在配置数据的一个或多个其他表示中。 更改的配置数据可以生效,而不必重新启动相应的程序模块。 可以合并对配置数据的多次更改。 可以使用差分操作来识别配置数据的改变部分。 对于一个或多个改变的部分,可以生成“更新图”并用于在各种互连的计算机系统上更新多个程序模块。 还可以维护对配置数据的更改的历史,使得可以还原到早期版本的配置数据。 错误的数据可能会被忽略。 可以在配置管理接口处提供对配置数据的更新表示的访问。
    • 7. 发明授权
    • Self-describing components within a software catalog
    • 软件目录中的自描述组件
    • US06564377B1
    • 2003-05-13
    • US09361497
    • 1999-07-26
    • Varsha JayasimhaMarkus Horstmann
    • Varsha JayasimhaMarkus Horstmann
    • G06F9445
    • G06F9/44521
    • A method for installing and registering a COM component objects within a registration datastore of a computing system. The method comprising checking the COM component object to determine whether it contains a set of self-describing data, and if the COM component contains the set of self-describing data, perform a sequence of operations. These operations begin by extracting the self-describing data from the COM component. Next the operations register the COM component using the extracted self-describing data by storing registration data within the registration datastore. Finally the operations end after deriving additional registration data using the extracted self-describing data and storing the additional registration data within the registration datastore. The self-describing COM component comprises a first data field containing data representing a dynamic link library. A second data field derived from the first data field comprising a reserve word module. A third data field derived from the second data field comprising one or more self-describing component data elements. A fourth data field functioning to indicate the end of the self-describing COM component object, wherein the one or more self-describing component data elements are extracted by the system registrar module to generate data stored within the registration datastore.
    • 一种用于在计算系统的注册数据存储区内安装和注册COM组件对象的方法。 该方法包括检查COM组件对象以确定它是否包含一组自描述数据,以及如果COM组件包含一组自描述数据,则执行一系列操作。 这些操作首先从COM组件中提取自描述数据。 接下来,通过在注册数据存储区中存储注册数据,操作使用提取的自描述数据注册COM组件。 最后,在使用所提取的自描述数据导出附加注册数据并将注册数据存储在注册数据存储区中之后,操作结束。 自描述COM组件包括包含表示动态链接库的数据的第一数据字段。 从包括备用字模块的第一数据字段导出的第二数据字段。 从第二数据字段导出的包括一个或多个自描述分量数据元素的第三数据字段。 用于指示自描述COM组件对象的结束的第四数据字段,其中所述一个或多个自描述组件数据元素由系统注册器模块提取以生成存储在注册数据存储区内的数据。